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Solutions for Hydrogen and Energy Industry

Optimization of hydrogen value chain with reliable and proven valves from KLINGER Schöneberg.

Hydrogen can be produced in various ways. In addition to electrolysis, for which surplus electricity from renewable energies can be used (green hydrogen), thermal processes such as steam reforming (gray hydrogen) are among the most common processes for meeting hydrogen demand.

The applications are as diverse as the valves needed for hydrogen production, storage, and transportation to use. Valves used along the hydrogen value chain must meet stringent requirements for safety, design, material durability and quality. Furthermore, they have to withstand extreme pressures and temperature ranges.

As an industrial valve's specialist, we place high demands on the design and material selection of the individual valve components. For the design of our valves we use our own developed analysis and design tool CHOICE INTEC, with which we develop an economically and technically optimal solution.

At KLINGER Schöneberg you will receive comprehensive industrial valves tailored to your individual requirements. In doing so, we not only consider the entire process, the investment and operating costs as well as the energetic requirements, but also the technical framework conditions.

Geothermal Energy

Geothermal energy complements the mix of renewable energies from wind power and solar energy and has the advantage of "constant availability", as there is independence from climatic conditions and from time of day and season.

Solar Power Plants

Green hydrogen thanks to solar energy. Solar thermal power plants convert the sun's radiation into heat. Here, the sunlight is concentrated and heats thermal oil, water or a molten salt.

Electrolysis

Power to Valve for green hydrogen. Hydrogen can be produced in large quantities by electrolysis without CO2 using energy from renewable sources.

Reforming

On an industrial scale, steam reforming is now the most common process for producing hydrogen. The processes are carried out on a large scale under pressure and at high temperatures.

Hydrogen Infrastructure

Hydrogen can be stored after production, transported via gas networks and industrial pipeline systems, and made available.

Chemistry

Hydrogen is used as a basic material in many chemical processes. The largest share is used for ammonia synthesis, in refineries and for methanol production.

Petrochemistry

Among the largest industrial consumers of hydrogen are the petrochemical industry and the upstream oil and gas industry. However, both industries require hydrogen less as a raw material than as a cleaning agent.

Various Industries

Hydrogen can not only reduce CO2 emissions, it is also considered an effective chemical reducing agent. As such, it is used in metallurgy, for example.

Heat & Power Generation

An essential prerequisite for sector coupling is a synthetic energy carrier that can be made available from electricity, can be used in other sectors, and can also be stored easily and flexibly. Hydrogen meets these requirements.

Mobility

For electric vehicles with fuel cell technology, hydrogen is used as an energy carrier in many applications: Forklifts, cars, buses, trucks or even rail vehicles.

KLINGER Schöneberg
Industries
Hydrogen and Energy Industry